S.S Thermodynamic Steam Trap Screwed Ends

Name: S.S Thermodynamic Steam Trap Screwed Ends
Brand: UNIVERSAL ENGINEERING
Price: 1410 INR
Availability: InStock

Price 1410 INR/ Piece

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MOQ : 1 Piece

S.S Thermodynamic Steam Trap Screwed Ends Specification

Structure
Safety

Application
Industrial

Type
STEAM TRAP

Power
Ball Screw

Pressure
High Pressure

Media
Water, Base, Acid, Gas, Oil

Color
Grey

S.S Thermodynamic Steam Trap Screwed Ends Trade Information

Minimum Order Quantity
1 Piece

FOB Port
JNPT Nhava Sheva Port

Supply Ability
500 Pieces Per Day

Delivery Time
1 Days

Sample Available
Yes

Packaging Details
Box and Bag

Main Domestic Market
All India

About S.S Thermodynamic Steam Trap Screwed Ends

Thermodynamic Steam Trap Screwed Ends

Size : 15 mm to 25 mm

Specification

Grade	SS410
Country of Origin	Made in India
Available Design	TD-3
Body Material	Stainless Steel
Material	Stainless Steel
Color	Grey
Brand	UNIVERSAL
Size	15MM TO 25MM

Precision Design for Industrial Demands

The S.S Thermodynamic Steam Trap combines durability and performance for safely managing steam and condensate. Its sturdy, high-pressure structure is suited for challenging conditions often found in industrial environments. Thanks to its ball screw power and advanced mechanics, users benefit from consistent results and reduced maintenance. This steam trap's application versatility makes it an excellent choice for operations involving water, acids, oils, gases, and basic solutions.

Comprehensive Availability across India

With a wide network encompassing distributors, exporters, manufacturers, suppliers, traders, and wholesalers, obtaining the S.S Thermodynamic Steam Trap is streamlined throughout India. This extensive availability ensures industries can source the right steam trap quickly and efficiently, supporting seamless integration into new or existing systems. Buyers can rely on trusted partners for both single units and bulk requirements.

FAQ's of S.S Thermodynamic Steam Trap Screwed Ends:

Q: How does the thermodynamic steam trap with screwed ends function in an industrial setting?

A: The S.S Thermodynamic Steam Trap uses a thermodynamic disc mechanism and ball screw technology to detect and expel condensate while retaining steam, ensuring efficient and safe operation within various industrial processes.

Q: What are the typical applications for this steam trap in industries?

A: This trap is commonly deployed in steam systems for managing condensate removal and energy efficiency. It supports media such as water, base, acid, gas, and oil, making it ideal for chemical plants, refineries, food processing, and other industrial domains.

Q: When should the steam trap be installed or replaced in my system?

A: For optimum performance, install the steam trap during initial pipeline setup or when condensate removal inefficiencies arise. Regular inspection is recommended; replacement is necessary if there are persistent leaks or reduced trap effectiveness.

Q: Where can I purchase the S.S Thermodynamic Steam Trap in India?

A: This steam trap is widely available across India through authorized distributors, exporters, manufacturers, suppliers, traders, and wholesalers. Consulting these providers can ensure you receive genuine and certified products.

Q: What is the process for installing and maintaining the steam trap?

A: Installation involves securing the screwed ends to compatible pipeline connections. Maintenance includes periodic operational checks and cleaning, ensuring the ball screw mechanism is intact and condensate is efficiently expelled without steam loss.

Q: How is safety ensured when using this high-pressure steam trap?

A: The trap's robust stainless steel construction and safety-centric design minimize risks associated with high-pressure steam. Its reliable sealing and pressure management features protect users and surrounding equipment from potential hazards.

Q: What benefits does this steam trap offer for industrial operations?

A: Using the S.S Thermodynamic Steam Trap enhances energy efficiency, reduces maintenance costs, and improves steam system reliability. Its versatility with multiple media and compatibility with high-pressure environments add significant value to operational performance.

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